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The Oupiin 2011-1X02TSH035B is a male pin header connector designed for through-hole mounting. It features two positions with a standard 0.100-inch (2.54mm) pitch, ensuring compatibility with common PCB layouts. The component utilizes straight pins and a thermoplastic housing suitable for general electronic interconnections. This specific model variant includes a 0.035-inch shroud height, providing mechanical stability and alignment during assembly. It represents a basic single-row configuration within the broader 2011 series product line.
Verify the exact shroud height specification of 0.035 inches against design requirements before ordering. Confirm that the through-hole termination method aligns with the manufacturing process capabilities. Ensure the two-position count matches the intended circuit layout to avoid unused contacts or space constraints. Cross-reference the part number suffix to guarantee the correct housing color and material properties are selected for the application environment.
Choose this component when a simple, low-cost interconnect solution is required for two signals or power lines. The 2.54mm pitch allows for easy manual soldering and breadboard compatibility. Consider the mechanical profile and shroud height to ensure it fits within the available vertical clearance of the enclosure. Evaluate thermal requirements if the application involves high current, as standard headers may have limited ampacity ratings compared to specialized power connectors.
This part belongs to the Oupiin 2011 series, which offers various configurations including different row counts, angles, and termination styles. The series provides flexibility for diverse PCB design needs, ranging from surface mount to through-hole options. The 2011-1X02TSH035B specifically addresses the need for a minimal, straight-through connection point with a defined shroud height for structural support.
Compatible substitutes include other manufacturers' 2-pin, 2.54mm pitch through-hole headers with similar shroud heights. Verify that alternative parts maintain the same contact plating and housing material specifications to ensure electrical reliability and environmental resistance. Check for any differences in mating force or retention characteristics that might affect assembly quality.